发表的相关论文

[1]    Jie Mei, Wei Liu, Ming Zhu∗, Ming Fu. Conditional Variational Encoder Classifier for Open Set Fault Classification of Rotating Machinery Vibration Signals, IEEE Transactions on Industrial Informatics, 2023, accepted. (一区)

[2]    Shuangling Liu, Jie Mei, Xiaohu Wang, Ming Zhu*, Jiahao Gao, Quanrui Li, Yongle Cao. Gas leak detection system in compressor stations based on a microphone array and multi-channel frequency Transformer, Measurement, 2023, accepted. (二区)

[3]    Jie Mei, Wei Liu, Ming Zhu∗, Yongka Qi, Ming Fu, Yushi Li, and Quan Yuan. Discriminative Angle Feature Learning For Open-set Deep Fault Classification, IEEE ACCESS, 2023, May: 3281559

[4]    Shuangling Liu, Jie Mei, Ming Zhu∗, Zhuo Cheng. Identifying gas mixtures based on acoustic relaxation spectroscopy and attention recurrent neural network, Results in Physics, 2023, 50: 106558 (二区)

[5]    Shuangling Liu, Ming Zhu∗, Jingjing Yang, Jiaying Wu. Identifying gas composition based on the decomposed relaxation strength from sound-speed dispersion, Applied Acoustics, 2023, 206: 109264 (二区)

[6]    Mengxue Lin, Ming Zhu*, and Chengkun Li. Aerosol Sauter mean diameter measurement based on the light scattering response of the combined particle volume-surface area[J]. Optics Express, 2023, 31(1): 3490-3503, SCI (二区)

[7]    Mengxue Lin, Ming Zhu*, Xiao Xiao, Chengkun Li, Jingjing Wu. Optical sensor for combustion aerosol particle size distribution measurement based on embedded chip with low-complexity Mie scattering algorithm, Optics and Laser Technology, 2023, 158: 108791, SCI (二区)

[8]    Tianping Deng, Xiaohui Xua, Zeyan Dinga, Xiao Xiao*, Ming Zhu, Kai Peng. Automatic collaborative water surface coverage and cleaning strategy of UAV and USVs, Digital Communications and Networks, 2023, accepted (二区)

[9]    Mengxue Lin, Ming Zhu*, Chengkun Li, Yanzhe Chen. In Situ Optical Sensor for Aerosol Ovality and Size, Sensors and Actuators: A, 2022, 347: 113963, SCI

[10] Zichao Hu, Heng Li, Liheng Yuan, Zhang Cheng, Wei Yuan*, Ming Zhu*. Model scheduling and sample selection for ensemble adversarial example attacks, Pattern Recognition, 2022, 130: 108824, SCI (一区)

[11] 刘婷婷，张向群，朱明*，基于声弛豫吸收谱分解特征的气体传感理论，陕西师范大学学报（自然科学版），2022，50(6): 30-38

[12] 朱帅，陈建文，朱明，SPDR：基于片段预测的多轮对话改写，中文信息学报，2022，36(9): 159-168

[13] Jingjing Wu, Linlin Gao*, Hong Fan, Deming Liu, Mengxue Lin, Ming Zhu, Tian Deng and Yuanlong Song. Calcium Overload or Underload? The Effects of Doxorubicin on the Calcium Dynamics in Guinea Pig Hearts, biomedicines, 2022: 10092197, SCI

[14] Xiao Xiao, Shu Wang, Ming Zhu*, et al. Three-wavelength optical sensor for measuring distributed mass concentrations of aerosols from stationary sources, Optics Express, 2021, 29(5): 6407-6423, SCI (二区)

[15] Tingting Liu, Shu Wang, Ming Zhu*, A versatile acoustic gas sensing method via extracting intrinsic molecular internal specific heat, Physics Letters A, 2021, 401: 127349, SCI

[16] Tingting Liu, Yi Hu, Xiangqun Zhang, Ming Zhu*. Acoustic analysis of gas compositions based on molecular relaxation features, Results in Physics, 2021, 25: 104304 (二区)

[17] 朱明，黄勤清，齐用卡等，基于振动信号总离散频谱的高压并联电抗器健康评估方法，电测与仪表，2021，2021-06-21

[18] 刘志翔，朱明，付铭，梅杰等，基于振动信号显著性序列的滚动轴承状态诊断方法，机电工程，2021，38(8): 944-951

[19] 曹玉丹，左冬红，朱明. 面向Verilog HDL 的信息化在线仿真平台设计，实验室研究与探索，第40卷，第9期，2021年9月：119-124

[20] Xiangqun Zhang, Shu Wang, Ming Zhu*, et al. Decoupling Multiple Rotational Relaxations of Hydrogen to Detect Gas Mixtures, IEEE ACCESS, 2019 7(8): 115774-82, SCI (二区)

[21] Xiangqun Zhang, Shu Wang, Ming Zhu*. Locating the inflection point of frequency-dependent velocity dispersion by acoustic relaxation to identify gas mixtures, Measurement Science and Technology, 2020, 31(8): 115001, SCI

[22] Jianxing Pan, Zhuo Cheng, Tianye Huang*, Ming Zhu, et al. Numerical investigation of all-optical manipulation for polarization-multiplexed cavity solitons, Journal of Lightwave Technology, 2021, 39(2): 582-591, SCI (二区)

[23] Xiang Zhao, Zhou Cheng, Ming Zhu, Tianye Huang*, et al. Study on the dual-Fano resonance generation and its potential for self-calibrated sensing, Optics Express, 2020, 28(16): 23703-23715, SCI (二区)

[24] Shu Wang, Xiao Xiao, Tian Deng*, Ang Chen, Ming Zhu. A Sauter mean diameter sensor for fire smoke detection, Sensors and Actuators B: Chemical, 2019, 281(2): 920-932 (一区)

[25] 张向群，王殊，朱明*，常温下氢气声转动弛豫模型研究，物理学报，2018, 67(9): 094301, SCI

[26] Ming Zhu*, Tingting Liu, Xiangqun Zhang, Caiyun Li, A simple measurement method of molecular relaxation in a gas by reconstructing acoustic velocity dispersion, Measurement Science and Technology, 2018, 29(1): 015109, SCI

[27] Ming Zhu*, Tingting Liu, Shu Wang, Kesheng Zhang, Capturing the molecular multimode relaxation processes in excitable gases based on decomposition of acoustic relaxation spectra, Measurement Science and Technology, 2017, 28(8): 085008, SCI

[28] Tian Deng, Shu Wang，Xiao Xiao，Ming Zhu*. Eliminating the effects of refractive indices for both white smokes and black smokes in optical fire detector, Sensors and Actuators B: Chemical, 2017, 263(12): 187-195, SCI (一区)

[29] Tingting Liu, Shu Wang, Ming Zhu*, Decomposition of effective specific heat of molecular relaxation for gas detection in a mixture, Journal of the Acoustical Society of America, 2017, 141(3): 1844-1851, SCI

[30] Tingting Liu, ShuWang, Ming Zhu*, Predicting acoustic relaxation absorption in gas mixtures for extraction of composition relaxation contributions, Proceedings of The Royal Society A-Mathematical Physical and Engineering Sciences, 2017, 473: 20170496, SCI

[31] Kesheng Zhang, Yi Ding, Ming Zhu*, et al. Calculating vibrational mode contributions to sound absorption in excitable gas mixtures by decomposing multi-relaxation absorption spectroscopy. Applied Acoustics, 2017, 116: 195-204, SCI (二区)

[32] Tian Deng, Shu Wang, Ming Zhu*. Dual-wavelength optical sensor for measuring the surface area concentration and the volume concentration of aerosols, Sensors and Actuators B: Chemical, 2016, 236(11): 334-342 (一区)

[33] Hu Yi, Wang Shu, Zhu Ming*, A relaxation times coupling method to construct acoustic relaxation calibration for two-frequency measuring gas compositions, Applied Acoustics, 2016, 113: 102-108, SCI (二区)

[34] 张克声，朱明*，唐文勇，欧卫华，蒋学勤，可激发气体振动弛豫时间的两频点声测量重建算法，物理学报，2016, 65(13): 1343021, SCI

[35] 王殊，邓田，窦征，朱明. 双波长气溶胶粒径传感方法及其火灾烟雾探测器，火灾科学，2016，25（4）：224-227

[36] Jiale Long, Jiangtao Xi, Jianmin Zhang, Ming Zhu, Wenqing Cheng, Zhongwei Li and Yusheng Shi, Recovery of absolute phases for the fringe patterns of three selected wavelengths with improved anti-error capability, Journal of Modern Optics, 2016, 63(17): 1695-1705, SCI

[37] Yi Hu, Shu Wang, Ming Zhu*, et al. Acoustic absorption spectral peak location for gas detection, Sensors and Actuators B, 2014, 203: 1-8, SCI (一区)

[38] Jiale Long, Jiangtao Xi, Ming Zhu, Wenqing Cheng, Rui Cheng, Zhongwei Li, and Yusheng Shi, Absolute phase map recovery of two fringe patterns with flexible selection of fringe wavelengths, Applied Optics, 2014, 53(9): 1794-1801, SCI

[39] Ke-Sheng Zhang, ShuWang, Ming Zhu*, Yi Ding, Algorithm for capturing primary relaxation processes in excitable gases by two-frequency acoustic measurements, Measurement Science and Technology, 2013, 24(5): 055002, SCI

[40] Zhang Ke-Sheng, Wang Shu, Zhu Ming*, Ding Yi, Hu Yi, Decoupling multimode vibrational relaxations in multi-component gas mixtures: Analysis of sound relaxational absorption spectra. Chinese Physics B, 2013 22(1): 014305, SCI

[41] Y-Q Jia, S Wang, M Zhu* and F-G Yuan, Multi-relaxation time model and its application in construction of gas acoustic attenuation spectrum. Indian J Phys., 2013, 5, SCI

[42] 张克声，王殊，朱明*，胡轶，贾雅琼，混合气体声复合弛豫频谱的解析模型，物理学报，2012，61(17)：174301-11, SCI

[43] 贾雅琼，王殊，朱明*，张克声，袁飞阁，气体声弛豫过程中有效比热容与弛豫时间的分解对应关系，物理学报，2012，69(9)：095101-8, SCI

授权的发明专利

[1]    林梦雪、朱明、李成坤等，“基于光散射的气溶胶颗粒物椭圆度测量方法和系统”，专利受理号：2021100747804

[2]    刘双凌、朱明、彭功伟，“一种声阵列构型及声源定位方法、系统”，专利受理号：2021105038255

[3]    刘方正、朱明、杨芦慧，“一种火灾报警实时分类方法及系统”，专利号：202110503825

[4]    武治国、张家铨、朱明等，“空天地一体化湖库水质监测融合数据方法”，专利受理号：2020114489150

[5]    朱明、马俊亮、张艳婷，“一种楼宇火警报警分类方法及系统”，专利号：2019111541259

[6]    朱明、吕超、杨芦慧，“一种基于动态二维码的火灾显示盘及火灾监控方法”，专利号：2019106292186

[7]    朱明、周克坚、齐用卡、梅杰，“一种电抗器健康状态评估方法”，专利号：2019113638526

[8]    朱明、林梦雪、邓田，“一种基于光散射响应的气溶胶粒谱、浓度测量方法”，专利号：2019113355565

[9]    朱明、林梦雪、王殊等，“一种气溶胶粒谱与浓度测量装置及方法”，专利号：2019113085072

[10] 朱明，杨晶晶，杨芦慧，“一种基于声速频散强度变化率的气体成分探测方法和系统”，专利号：2019104357576

[11] 朱明、王殊等，“固定污染源颗粒物的质量浓度和粒度谱的测量装置及方法”，专利号：2018106203900

[12] 朱明、李彩云、张向群、王殊，“一种基于声速谱线的拐点探测气体成分的方法”，专利号：2018105654541

[13] 朱明、张向群、徐梦玲等，“一种基于超声波换能器的通用气体测量方法及装置”，专利号：2017103758556

[14] 朱明、邓田、王殊等，“一种均衡响应黑白烟的火灾测量方法”，专利号：201710831480X

[15] 朱明、马天颖、王殊，“一种基于图像结构相似度的烟雾浓度测量方法和系统”，专利号：2017103549940

[16] 朱明、张向群、刘婷婷等，“一种基于声谱的混合气体弛豫过程测量方法”，专利号：2016111065530